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What is Eden Network (EDEN)?

Eden Network (EDEN) is a decentralised infrastructure protocol designed to combat Miner Extractable Value (MEV) and optimise blockchain transaction processing. Operating primarily on Ethereum, Eden provides a suite of tools—including relays, bundles, and RPC endpoints—that improve transaction fairness, protect users from front-running attacks, and maximise block rewards for validators. The network’s native token, EDEN, plays a central role in governance, staking, and incentivising key ecosystem participants such as validators and builders.

Positioned as a next-generation transaction layer, Eden aims to create a fairer and more efficient DeFi environment. It supports proposer-builder separation (PBS) mechanisms and works closely with Ethereum validators and builders to ensure high-value transactions are prioritised without exploiting retail users. With plans to expand to Solana and other blockchains, Eden Network is building a multichain MEV-resistant infrastructure.

How does Eden Network (EDEN) work?

Eden Network works by integrating off-chain relay systems with on-chain settlement mechanisms. On Ethereum, the protocol interfaces with the proof-of-stake consensus layer, allowing validators to receive blocks built by specialised builders through Eden Relay. These builders aggregate high-value transaction bundles that optimise MEV capture while maintaining fairness through tools like priority gas auctions.

The network’s architecture supports Proposer-Builder Separation (PBS), an emerging model in Ethereum’s post-Merge environment, which separates the roles of proposing and building blocks. This allows Eden to efficiently route transactions while preventing harmful MEV strategies such as front-running and sandwich attacks. The EDEN token is staked by validators and community members to secure governance rights, earn rewards, and align long-term incentives.

Eden is expanding to other blockchains, with plans to launch a Solana-native token (ME) and replicate its fair transaction processing services across ecosystems. This multichain strategy positions Eden as a critical player in the future of decentralised finance and cross-chain infrastructure.

What is the EDEN token used for?

The EDEN token is an ERC-20 asset on Ethereum and serves as the backbone of the Eden Network ecosystem. It is used for governance, allowing holders to vote on protocol changes, and for staking, which helps secure the network and unlocks participation rewards. EDEN is also used to incentivise validators who operate Eden-compatible nodes and builders who deliver high-value block bundles through Eden Relay.

Smart contracts manage staking, voting, and reward distribution, ensuring transparent and efficient token usage. By staking EDEN, participants can also access benefits such as fee rebates, exclusive governance rights, and allocations in future protocol upgrades or multichain expansions.

What are the use cases of Eden Network (EDEN)?

Eden Network offers several real-world use cases within the Web3 ecosystem. One of its primary applications is enabling MEV-protected DeFi trading. By routing transactions through Eden RPC or relay endpoints, users can avoid being front-run or exploited by bots. This is especially useful in decentralised exchanges (DEXs) and NFT platforms where transaction ordering can significantly impact outcomes.

For validators and staking service providers, Eden offers tools to increase block rewards by accessing high-value bundles via Eden Relay. The protocol also supports compliance and security tools like 0xProtect, which helps users and dApps enforce transaction rules and prevent malicious behaviour.

The network is already integrated with major validators and staking platforms such as Chorus One, Everstake, and Staking Facilities, demonstrating its relevance and growing adoption within the Ethereum validator ecosystem.

What is the history of Eden Network?

Eden Network launched in 2021, targeting the Ethereum ecosystem in response to growing concerns around MEV and unfair transaction ordering. Its creation followed Ethereum’s transition toward Proof of Stake, which introduced new dynamics for validators, builders, and blockspace allocation.

The protocol quickly gained attention for offering higher validator rewards compared to traditional MEV relay providers like Flashbots. Over time, Eden has introduced user-facing services, expanded its validator partnerships, and set plans in motion for multichain deployment, including on Solana.

Eden has evolved from a niche MEV relay into a robust transaction layer with infrastructure to support DeFi, NFTs, and staking services. Despite lacking a traditional whitepaper, its development is guided by transparent governance, an active community, and clear roadmap updates focused on privacy, user experience, and decentralisation.

What makes Eden Network different?

Eden Network stands out in the crowded Web3 infrastructure space by offering a MEV-conscious solution that benefits all stakeholders—users, validators, and builders. Unlike some protocols that treat MEV as an unavoidable cost, Eden actively mitigates its harmful effects using priority gas auctions, fair sequencing, and exclusive builder relays.

The project’s focus on expanding to other chains while maintaining Ethereum compatibility gives it an edge in the multichain infrastructure race. As more networks adopt PBS and MEV protection becomes a user expectation, Eden is well-positioned to offer consistent, fair, and secure transaction services across blockchain ecosystems.

By combining fair ordering, token incentives, and a decentralised governance model, Eden Network (EDEN) is helping redefine how blockchain infrastructure can prioritise user protection and validator profitability in the next generation of decentralised finance.